Networked preparing system and method for radial tire forming die

Abstract

The invention relates to a networked preparing system and method for a radial tire forming die. The networked preparing system comprises a member managing module, a resource sharing module, a cooperative project module, a data processing module and a die machining module. The networked preparing system has the advantages that members are managed through the member managing module, and only the members who carry out registration have the right to share the resources in the resource sharing module; cooperative projects are established through the cooperative project module; two-dimensional drawing and samples are processed through the data processing module, and three-dimensional solid models are obtained; task dividing is carried out on the cooperative projects through a task dividing unit, different sub-modules are machined through various numerical control machining units, and then the sub-modules are assembled through a die assembling unit; the manufacturing resources are utilized fully, and the preparing efficiency is improved; in addition, the networked preparing system is reliable in design principle and simple in structure and has very wide application prospects.

Description

technical field [0001] The invention belongs to the field of radial tire mold manufacturing, and in particular relates to a networked preparation system and a preparation method of a radial tire forming mold. Background technique [0002] The development of the automobile industry has led to an increasing demand for automobile tires. According to the statistics of the National Bureau of Statistics, the annual growth rate of tire production in 2005 was 21.33%, exceeding the growth rate of 18.7% in 2004 and hitting a new high. The huge demand drives With the rapid change and development of the tire mold production industry. Throughout the decades of development of my country's automobile tire mold industry, rubber tires have developed from two-part molds to today's radial tire active molds, mold structures have ranged from simple to complex, and mold materials have ranged from cast iron to cast steel, cast aluminum and alloy cast steel , The mold manufacturing process has deve...

AI Technical Summary

Problems solved by technology

Although my country's tire mold industry has achieved certain development, there is still a huge gap in terms of production level and production scale compared with developed countries. Poor; Insufficient human resources, especially high-level technical personnel; Manufacturing equipment is relatively backward, and the rate of numerical control of equipment is low

[0003] In addition, in the process of tire construction, the trial-and-error method based on experience is often used to judge whether the structural shape and size of the components are reasonable. This method has shortcomings such as narrow application range, low precision, and small amount of information.

Especially for the design and manufacture of tires with complex structures, new materials or new processes, the number of tests using this method increases and the errors are large, and ideal results are often not obtained, resulting in long product development cycles and huge waste